Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. An adhesive pocket for mobile phones comprising: a base having a front, a back, a first side, a second side, a top, and a bottom; an elastic sheet affixed to the back of the base, the elastic sheet wrapped around the first side of the base and extending across the front of the base to the second side of the base, the elastic sheet sealed at the bottom of the base, and the elastic sheet sealed at the second side of the base, thereby forming a pocket between the elastic sheet and the front of the base; an adhesive layer disposed on the elastic sheet; and a removable backing disposed on the adhesive layer, the removable backing configured to expose the adhesive layer when removed.
This invention relates to an adhesive pocket for mobile phones, designed to provide a secure and removable attachment solution. The pocket is structured to hold a mobile phone while allowing easy access and protection. The device includes a base with a front, back, and four sides (first side, second side, top, and bottom). An elastic sheet is affixed to the back of the base, wrapping around the first side, extending across the front to the second side, and sealing at both the bottom and second side. This creates a pocket between the elastic sheet and the front of the base. The elastic sheet has an adhesive layer on its outer surface, covered by a removable backing. When the backing is removed, the adhesive layer allows the pocket to be attached to a surface, such as a car dashboard, desk, or wall. The elastic sheet ensures a snug fit for the mobile phone, while the adhesive provides stability. The design allows for easy installation, removal, and reattachment, making it suitable for temporary or semi-permanent mounting of mobile phones in various environments. The pocket protects the phone from slipping while allowing full access to its screen and buttons.
2. The adhesive pocket of claim 1 , in which the adhesive layer is disposed on a portion of the elastic sheet that is affixed to the back of the base.
This invention relates to an adhesive pocket structure designed for secure attachment to a base, such as a garment or fabric surface. The primary problem addressed is the need for a flexible, durable adhesive pocket that maintains strong adhesion while allowing for easy repositioning or removal without damaging the base material. The adhesive pocket includes an elastic sheet that provides flexibility and conformability to uneven surfaces. A base layer is affixed to the front of the elastic sheet, forming a pocket structure. The key innovation involves an adhesive layer applied to a portion of the elastic sheet that is affixed to the back of the base. This adhesive layer ensures secure attachment to the base while allowing the elastic sheet to stretch and flex without compromising adhesion. The adhesive layer is strategically placed to prevent peeling or detachment during use, even when the pocket is subjected to repeated stress or movement. The elastic sheet may be made of materials such as silicone, rubber, or other stretchable polymers, while the adhesive layer is formulated to bond strongly to both the elastic sheet and the base material. This design enables the adhesive pocket to be used in applications requiring flexibility, such as medical devices, wearable electronics, or reusable fastening systems.
3. The adhesive pocket of claim 1 , in which no portion of the adhesive layer is in contact with the base.
This invention relates to an adhesive pocket structure designed to prevent direct contact between an adhesive layer and a base surface, addressing issues such as contamination, adhesion failure, or unwanted bonding. The adhesive pocket includes a base, a flexible wall attached to the base, and an adhesive layer positioned within the pocket. The flexible wall is configured to deform under pressure, allowing the adhesive layer to engage with a target surface while ensuring no portion of the adhesive layer touches the base. This design prevents adhesive residue transfer, reduces contamination risks, and maintains cleanliness in applications where direct contact with the base is undesirable. The flexible wall may be made of a material that resists deformation until a threshold pressure is applied, ensuring controlled engagement. The adhesive layer can be a pressure-sensitive adhesive, a curable adhesive, or another type, depending on the application. The pocket structure is useful in medical devices, packaging, or temporary bonding applications where clean separation is critical. The invention ensures that the adhesive remains isolated from the base, preserving its integrity and functionality.
4. The adhesive pocket of claim 1 , in which the adhesive layer is disposed between the elastic sheet and the removable backing.
The invention relates to an adhesive pocket structure designed for secure attachment to a substrate while allowing for easy removal. The primary problem addressed is the need for a reusable or repositionable adhesive system that maintains strong adhesion during use but can be cleanly removed without leaving residue or damaging the substrate. The adhesive pocket includes an elastic sheet that provides flexibility and conformability to the substrate, an adhesive layer for bonding to the substrate, and a removable backing that protects the adhesive layer before use. The adhesive layer is positioned between the elastic sheet and the removable backing, ensuring that the adhesive is shielded until deployment. The elastic sheet allows the adhesive pocket to stretch and conform to irregular surfaces, enhancing adhesion and durability. The removable backing can be peeled away to expose the adhesive layer, enabling the pocket to be securely attached to the desired substrate. This design is particularly useful in applications requiring temporary or adjustable attachment, such as medical devices, wearable electronics, or industrial fixtures, where ease of removal and residue-free detachment are critical. The adhesive pocket ensures reliable adhesion while minimizing damage to the substrate upon removal.
5. The adhesive pocket of claim 1 , in which a pull tab is disposed between the adhesive layer and the removable backing.
A system for securing an adhesive pocket to a surface includes a flexible substrate with an adhesive layer on one side and a removable backing covering the adhesive layer. The adhesive pocket is designed to hold and release an object, such as a medical device, when needed. A pull tab is integrated between the adhesive layer and the removable backing, allowing for easy removal of the backing while keeping the adhesive layer intact. The pull tab is positioned to facilitate one-handed operation, ensuring quick and efficient deployment of the adhesive pocket. The system ensures secure attachment to a surface while allowing for controlled detachment when required, improving usability in applications where precision and speed are critical. The pull tab mechanism prevents accidental removal of the backing and ensures the adhesive remains protected until use. This design is particularly useful in medical or industrial settings where quick access and secure attachment are necessary. The adhesive pocket may include additional features, such as a cavity or compartment, to hold and release the object in a controlled manner. The pull tab is designed to be easily accessible and ergonomic, reducing the risk of user error during deployment. The system enhances the reliability and efficiency of adhesive-based attachment mechanisms in various applications.
6. The adhesive pocket of claim 1 , in which the pocket is adapted in size and shape to carry credit-card-sized items.
This invention relates to an adhesive pocket designed to securely hold credit-card-sized items. The pocket is specifically sized and shaped to accommodate standard credit cards, ID cards, or similar thin, flat objects. The pocket is constructed from a flexible material that can conform to the shape of the items while providing sufficient rigidity to prevent bending or damage. The adhesive backing allows the pocket to be attached to various surfaces, such as notebooks, wallets, or electronic devices, providing easy access and organization for frequently used cards. The pocket may include additional features, such as a transparent window to display card information or a closure mechanism to secure the contents. The design ensures that the cards remain protected from scratches, moisture, and wear while being easily removable when needed. This invention addresses the need for a compact, portable solution for carrying and organizing credit-card-sized items in a secure and accessible manner.
7. The adhesive pocket of claim 1 , in which the elastic sheet is selected from a group of materials comprising: lycra, spandex, and elastane.
This invention relates to an adhesive pocket structure designed for secure attachment to a substrate, particularly in applications requiring flexibility and durability. The adhesive pocket includes an elastic sheet that forms at least part of its structure, allowing the pocket to conform to irregular surfaces or undergo stretching without compromising adhesion. The elastic sheet is made from materials such as lycra, spandex, or elastane, which provide high elasticity and resilience. The pocket also features an adhesive layer that bonds to the substrate, ensuring stable attachment even under stress. The elastic sheet may be integrated into the pocket's walls or base, depending on the specific design. This configuration enables the pocket to maintain its shape and adhesive properties while accommodating movement or deformation, making it suitable for applications in wearable technology, medical devices, or industrial components where flexibility and secure attachment are critical. The use of elastic materials ensures the pocket can stretch and return to its original form without delamination or loss of adhesion.
8. The adhesive pocket of claim 1 , in which the adhesive layer comprises acrylic adhesive.
The invention relates to an adhesive pocket structure designed for secure attachment to surfaces, particularly in applications requiring strong bonding and durability. The adhesive pocket includes an adhesive layer that provides the bonding mechanism, and this adhesive layer is specifically formulated using acrylic adhesive. Acrylic adhesives are known for their excellent adhesion properties, resistance to environmental factors such as moisture and temperature variations, and long-term durability. The adhesive pocket is structured to ensure that the acrylic adhesive is effectively applied and maintained in a way that maximizes its bonding performance. The pocket may include additional features, such as a backing layer or a release liner, to support the adhesive layer and facilitate its application. The use of acrylic adhesive in the pocket enhances the overall strength and reliability of the attachment, making it suitable for demanding applications where a robust bond is required. The invention addresses the need for improved adhesive solutions that can withstand harsh conditions while maintaining strong adhesion over time.
9. The adhesive pocket of claim 1 , in which the base is selected from a group of semi-flexible materials comprising: thick paper, cardboard, polycarbonate.
This invention relates to an adhesive pocket designed for secure attachment to surfaces, particularly in applications requiring durability and flexibility. The adhesive pocket includes a base made from semi-flexible materials such as thick paper, cardboard, or polycarbonate, providing structural support while allowing slight deformation to conform to uneven surfaces. The base is bonded to an adhesive layer, which ensures strong adhesion to a target surface. The pocket is structured to hold items such as labels, tags, or documents, with an opening that allows insertion and removal of the contents. The semi-flexible base materials offer a balance between rigidity and adaptability, preventing damage to the pocket or its contents while maintaining a secure attachment. This design is particularly useful in environments where the pocket may be subjected to bending or minor impacts, such as industrial settings, retail displays, or outdoor applications. The adhesive layer is formulated to resist environmental factors like moisture or temperature variations, ensuring long-term adhesion. The pocket may also include additional features, such as a closure mechanism or reinforcement edges, to enhance functionality and durability. The combination of the semi-flexible base and adhesive layer provides a versatile solution for secure and reusable attachment of items to various surfaces.
10. A mobile phone having the adhesive pocket of claim 1 affixed to at least a portion of the mobile phone.
A mobile phone with an adhesive pocket attached to at least part of its surface. The adhesive pocket is designed to securely hold items such as identification cards, credit cards, or other thin objects. The pocket includes a flexible, transparent or translucent material that allows the contents to be visible while protecting them from damage. The adhesive side of the pocket is coated with a strong, removable adhesive that bonds to the mobile phone's exterior without leaving residue. The pocket may also include a closure mechanism, such as a snap or Velcro, to ensure the contents remain secure. The adhesive pocket is positioned on the mobile phone in a way that does not interfere with normal phone usage, such as on the back or side. This design provides a convenient way to carry essential items without the need for a separate wallet or case, reducing clutter and improving accessibility. The adhesive pocket can be easily removed and repositioned if desired. The invention addresses the problem of carrying multiple items separately by integrating storage directly onto the mobile phone, enhancing convenience and organization.
11. A mobile phone case having the adhesive pocket of claim 1 affixed to at least a portion of the mobile phone case.
A mobile phone case includes an adhesive pocket attached to at least part of its surface. The adhesive pocket is designed to securely hold items such as identification cards, credit cards, or other thin objects. The pocket features an adhesive layer that allows it to be removably affixed to the phone case, providing flexibility in positioning. The pocket may have a transparent or semi-transparent window to display the contents, and it can be sealed to prevent items from falling out. The adhesive pocket is structured to maintain a low profile while ensuring the items inside remain accessible. The phone case itself may be designed to protect the mobile device from impacts, scratches, or other damage, while the adhesive pocket adds functionality by providing a convenient storage solution for frequently used items. This design eliminates the need for separate wallets or cardholders, streamlining the user's daily carry. The adhesive pocket can be repositioned or removed as needed, allowing customization based on user preferences. The overall system integrates protection and organization into a single, compact device accessory.
12. A method of making an adhesive pocket for mobile phones adapted in size and shape to carry credit-card-sized items comprising: providing a base having a front, a back, a first side, a second side, a top, and a bottom; affixing an elastic sheet to the back of the base; forming a pocket between the elastic sheet and the front of the base by: wrapping the elastic sheet around the first side of the base so that the elastic sheet extends across the front of the base to the second side of the base; sealing the elastic sheet at the bottom of the base; sealing the elastic sheet at the second side of the base; disposing an adhesive layer on the elastic sheet; disposing a removable backing on adhesive layer, the removable backing configured to expose the adhesive layer when removed.
This invention relates to a method for creating an adhesive pocket designed for mobile phones, specifically sized and shaped to hold credit-card-sized items. The pocket is constructed by providing a base with a front, back, and four sides (first side, second side, top, and bottom). An elastic sheet is affixed to the back of the base and then wrapped around the first side, extending across the front to the second side, forming a pocket between the elastic sheet and the front of the base. The elastic sheet is sealed at the bottom and second side of the base to secure the pocket structure. An adhesive layer is applied to the elastic sheet, and a removable backing is placed over the adhesive layer to protect it until use. When the backing is removed, the adhesive layer allows the pocket to be attached to a mobile phone or other surface. The elastic sheet provides flexibility and tension to securely hold credit-card-sized items within the pocket. This design ensures a compact, reusable, and easily attachable solution for carrying small items with a mobile phone.
13. The method of claim 12 , further comprising disposing the elastic sheet on a portion of the elastic sheet that is affixed to the back of the base.
This invention relates to a method for manufacturing a wearable device with an elastic sheet attached to a base structure. The problem addressed is ensuring secure and flexible attachment of the elastic sheet to the base, particularly for wearable devices that require both stability and comfort. The method involves affixing an elastic sheet to the back of a base, where the base provides structural support for the wearable device. The elastic sheet is then disposed on a portion of itself that is already affixed to the base, creating a layered or overlapping attachment. This overlapping configuration enhances the durability and flexibility of the connection, allowing the device to conform to the wearer's body while maintaining stability. The elastic sheet may be made of materials such as silicone, rubber, or other flexible polymers, while the base can be rigid or semi-rigid, depending on the application. The method ensures that the elastic sheet remains securely attached to the base even under repeated movement or stretching, which is critical for wearable devices like medical sensors, fitness trackers, or other body-mounted systems. The overlapping attachment also helps distribute stress evenly, preventing detachment or deformation over time. This approach improves the longevity and reliability of wearable devices that require both flexibility and structural integrity.
14. The method of claim 12 , in which no portion of the adhesive layer is in contact with the base.
A method for applying an adhesive layer to a substrate involves positioning the adhesive layer between the substrate and a base, where the adhesive layer is not in contact with the base. The adhesive layer is then bonded to the substrate, and the base is removed, leaving the adhesive layer attached only to the substrate. This method ensures that the adhesive layer remains free from contamination or interference from the base during the bonding process. The adhesive layer may be pre-applied to the base or applied directly to the substrate before bonding. The base may be a release liner or a temporary carrier that facilitates handling and alignment of the adhesive layer. The method is particularly useful in applications where precise adhesive placement and clean bonding surfaces are required, such as in electronics manufacturing, medical device assembly, or precision engineering. The absence of contact between the adhesive layer and the base prevents transfer of contaminants or residues, ensuring high-quality bonding. The method may also include curing or activating the adhesive layer before or after bonding to enhance adhesion strength. The base may be removed mechanically, chemically, or thermally, depending on the material properties and application requirements. This approach improves manufacturing efficiency and product reliability by minimizing defects caused by adhesive contamination.
15. The method of claim 12 , in which the adhesive layer is disposed between the elastic sheet and the removable backing.
A method for manufacturing a stretchable adhesive assembly involves applying an adhesive layer between an elastic sheet and a removable backing. The elastic sheet is designed to stretch and contract, while the removable backing provides temporary support during application. The adhesive layer ensures secure bonding between the elastic sheet and the backing, allowing for easy removal when needed. This method is particularly useful in applications requiring flexible, stretchable materials, such as medical bandages, wearable electronics, or industrial sealing tapes. The adhesive layer is formulated to maintain adhesion under stretching conditions without delaminating or losing bond strength. The removable backing protects the adhesive surface before use and can be peeled away when the elastic sheet is ready for application. This method ensures that the adhesive remains intact and functional, even when the elastic sheet is stretched or compressed. The assembly provides a durable, flexible solution for applications where stretchability and adhesion are critical.
16. The method of claim 12 , in which the pocket is adapted in size and shape to carry credit-card-sized items.
This invention relates to a method for designing and manufacturing a pocket structure, specifically adapted to securely carry credit-card-sized items. The pocket is integrated into a larger object, such as a wallet, bag, or garment, and is engineered to prevent items from slipping out while allowing easy access. The pocket features a flexible yet durable material that conforms to the shape of the items, ensuring a snug fit. The design includes reinforced edges to resist wear and tear, and an optional closure mechanism, such as a flap or zipper, to enhance security. The pocket's dimensions and shape are optimized to accommodate standard credit-card-sized items, including cards, identification badges, and similar thin, flat objects. The method involves selecting materials with appropriate flexibility and durability, shaping the pocket to match the intended items, and integrating it into the host object in a way that maintains structural integrity. This solution addresses the common problem of items falling out of poorly designed pockets, providing a reliable and user-friendly storage solution.
17. The method of claim 12 , in which the elastic sheet is selected from a group of materials comprising: lycra, spandex, and elastane.
This invention relates to a method for manufacturing a flexible, stretchable sheet material, particularly for use in garments or wearable devices. The problem addressed is the need for a durable, elastic material that maintains its stretch and recovery properties over time while being comfortable and breathable for the wearer. The method involves forming an elastic sheet from materials such as lycra, spandex, or elastane, which are known for their high elasticity and resilience. The sheet is processed to ensure uniform stretchability in all directions, preventing localized stress points that could lead to premature wear or tearing. The material is also treated to enhance its durability, such as through coating or laminating with additional layers to improve abrasion resistance without sacrificing flexibility. The elastic sheet may be further integrated with other components, such as sensors or conductive fibers, to create smart textiles for applications like health monitoring or fitness tracking. The method ensures that the integration of these additional elements does not compromise the sheet's elasticity or comfort. The resulting material is suitable for use in garments, medical devices, or other wearable products where flexibility and durability are critical.
18. The method of claim 12 , in which the adhesive layer comprises acrylic adhesive.
The invention relates to adhesive compositions and methods for bonding materials, particularly in applications requiring strong, durable adhesion. The problem addressed is the need for improved adhesive performance, such as enhanced bonding strength, durability, and resistance to environmental factors like moisture or temperature changes. The invention provides an adhesive layer that includes acrylic adhesive, which is known for its strong bonding properties, resistance to degradation, and versatility in bonding various substrates. The adhesive layer is part of a larger system that may involve multiple layers or components, such as a substrate, a release liner, or a protective layer, depending on the application. The acrylic adhesive ensures reliable adhesion between these components, making the system suitable for industrial, medical, or consumer applications where strong and long-lasting bonds are required. The use of acrylic adhesive improves the overall performance of the adhesive system by providing superior adhesion, resistance to environmental conditions, and compatibility with different materials. This solution addresses the need for high-performance adhesives in demanding applications where traditional adhesives may fail.
19. The method of claim 12 , in which the base is selected from a group of semi-flexible materials comprising: thick paper, cardboard, and polycarbonate.
This invention relates to a method for constructing a portable and lightweight structure, such as a temporary shelter or display stand, using a semi-flexible base material. The problem addressed is the need for a durable yet easily transportable structure that can be assembled and disassembled without specialized tools or excessive labor. The method involves selecting a base material from a group of semi-flexible materials, including thick paper, cardboard, and polycarbonate, which provide a balance of rigidity and flexibility. These materials are lightweight, cost-effective, and capable of being folded or bent into desired shapes while maintaining structural integrity. The base material is then shaped and secured to form the primary support structure, which can be further reinforced with additional components if needed. The use of semi-flexible materials allows for easy customization of the structure's size and shape while ensuring stability during use. The method is particularly useful in applications requiring temporary setups, such as trade shows, outdoor events, or emergency shelters, where portability and quick assembly are critical. The invention eliminates the need for heavy or rigid materials, reducing transportation costs and assembly time.
Unknown
December 17, 2019
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